KR200222662Y1 - Device of select for Manufactured Medicine - Google Patents

Abstract

The present invention relates to a pharmaceutical sorting device, the pump 130 for supplying air, and by forming the one or more small holes (113c) so as to strengthen the pressure by receiving the air to discharge the air is limited to the suction force generated at this time The suction port 110 for sucking and transporting the suction port 110, the suction control device 120 for adjusting the suction force of the suction port 110 to be applied to the sorting operation of the pharmaceuticals of various kinds, and the suction pipe 150 by the suction port 110. Since it consists of the defective goods loading box 160 to load the constraints guided to be transported in to be able to accurately screen the poor tablets and capsules, there is no need to re-inspect after the defective inspection has a shortening effect.

In addition, it is possible to selectively adjust the suction force to suck the tablets and capsules can be used for various kinds of pharmaceuticals, and because it is inhaled by using the air there is an effect that can be selected hygienically pharmaceutical.

In addition, the automation of the sorting device can reduce the production cost due to the conventional labor force, and also can quickly sorting work is also suitable for mass production of pharmaceutical products has the effect of shortening the production time.

Description

Pharmaceutical Screening Device {Device of select for Manufactured Medicine}

The present invention relates to a pharmaceutical sorting apparatus, and more particularly, to a pharmaceutical sorting apparatus that enables to quickly and accurately inspect the defects of pharmaceuticals by selecting only the insufficient pharmaceuticals by using the air suction force.

Generally, there are powder, liquid, tablet, and capsule types of oral medicine used for diagnosis, treatment, prevention and maintenance and promotion of health.

In order to prevent the deterioration of tablets and medicines made by compressing powders or crystalline medicines into a certain shape, and to make it easy to take them, powders, granules, liquids, suspensions, mucuss, etc. are packed in capsules, or medicines are used as the material of the lab capsule. Capsules made of various shapes are generally produced in mass production by pharmaceutical companies because they are generally accurate in dosage and easy to take, carry and store.

In the final process of the production of tablets or capsules, the inspection of defective products is carried out, and the inspection of such defective products is usually not designed for the selection of defective products. Compared to this input, the work efficiency was low and there was a non-compliance problem.

In addition, when inspecting defects of tablets or capsules as described above, the worker screens only the broken parts of the tablets or capsules with the naked eye and selects the defects so that the content is insufficient or the medicine is embedded in the capsules. Those that were not were impossible to screen.

As such, in the process of screening tablets or capsules, it is not possible to accurately select defective products of pharmaceuticals, and thus the accuracy of the inspection of the defective products is reduced, thereby not only obtaining the efficacy of the pharmaceutical standard, but also causing a serious problem for the health of the intake.

Therefore, the main purpose of the present invention is to provide a pharmaceutical sorting device that can accurately pick up poor tablets and capsules by being able to suck and store only the pharmaceutical content that is less than the content by the suction force generated when the air is supplied from the pump to discharge the air to the exposure hole To provide.

Another object of the present invention is to be able to selectively adjust the suction force to inhale tablets and capsules to be used for various types of constraints.

Another object of the present invention is to be able to screen the pharmaceutical hygiene because it is inhaled using air when screening tablets and capsules.

Another object of the present invention is to automate the device for screening tablets and capsules to reduce the production cost due to a lot of labor.

Another object of the present invention is to enable the mass production of pharmaceuticals can be screened several at a time when screening tablets and capsules.

1 is a perspective view showing a pharmaceutical sorting machine of the present invention.

Figure 2 is a block diagram showing the process sequence of the pharmaceutical sorting device of the present invention.

3 is a cross-sectional view showing a suction port of the pharmaceutical sorting device of the present invention

* Explanation of Codes on Major Parts of Drawings *

10: pharmaceutical selector 100: selection unit

110: inlet 111: inlet valve

111a: first suction passage 112: fixed valve

113: nozzle valve 113a: second suction passage

113b: flange 113c: small hole

114: valve casing 114a: third suction passage

114b: adjusting space 114c: locking jaw

114d: supply hole 120: suction control device

130: pump 140: air supply hose

150: suction tube 160: defective goods loaded

200: transfer unit 210: discharge port

220: roller 230: workbench

300: supply part 310: hopper

320: dropping device 400: control unit

In order to achieve this object, the pharmaceutical sorting apparatus of the present invention has a pump for supplying air by pressure, and the suction force generated when the air is discharged by forming one or more nozzle holes to increase the pressure by receiving the air. A suction port for sucking and transporting the pharmaceutical to the suction, a suction control device for adjusting the suction force of the suction port to be applied to screening of various types of pharmaceuticals, and a medicine container for loading the pharmaceutical guided by the suction port to the transport pipe. The basic features of the technical configuration.

When described in detail with reference to the accompanying drawings a preferred example of the present invention configured as described above are as follows.

1 is a perspective view showing a pharmaceutical sorting device of the present invention, Figure 2 is a block diagram showing the process sequence of the pharmaceutical sorting device of the present invention, Figure 3 is a cross-sectional view showing a suction port of the pharmaceutical sorting device of the present invention.

As shown in Figures 1 to 3, the pharmaceutical sorting device 10 provided with the pharmaceutical sorting device of the present invention is a supply unit 300 for storing and discharging tablets and capsules, and a transfer unit for transporting the tablets and capsules discharged 200, a sorting unit 100 for sorting and storing the transferred tablets and capsules, and a control unit 400 for controlling the sorting unit 100.

The supply unit 300 is configured by installing a hopper 310 for storing the tablets and capsules and dropping the device to drop the tablets and capsules to the appropriate amount transfer unit 200 by repeatedly rocking the lower side of the hopper 310 ( 320). In this case, the dropping device 320 is installed at an angle slightly inclined toward the transfer part 200.

The transfer unit 200 is configured in a conveyor type to move the plurality of rollers 220 automatically and continuously between a predetermined distance and to rotate the plurality of rollers 220 operating in the caterpillar type, respectively. It consists of a discharge port 210 that is stored by automatically falling down tablets and capsules conveyed by the roller 220.

The control unit 400 is configured to control the on (off) and off (off) of the constraint selector 10 is configured below the constraint selector 10.

Looking at the configuration of the sorting device of the present invention is installed in the pharmaceutical separator 10 configured as described above are as follows.

The suction port 110 is installed in close proximity to the upper side of the roller 220 of the transfer unit 200 so as to suck the tablet and capsule, and the tablet and capsule is in communication with the upper side of the suction port 110 A suction pipe 150 for guiding and fixing the suction port 110, a defective goods storage box 160 connected to the suction pipe 150 and installed at a lower side of the pharmaceutical separator 10, and a pump 130 for supplying the air; And, the air supply hose 140 for guiding the air supplied from the pump 130 to the inlet 110, and the pressure strength of the air supplied to the inlet 110 is installed in the middle of the air supply hose 140 It consists of a suction control device 120 to control the.

Here, the suction port 110 forms a third suction passage 114a perpendicular to the center and forms a locking jaw 114c at the lower side of the third suction passage 114a, but is laterally formed at the lower inner circumference of the locking jaw 114c. The valve casing 114, which forms the supply hole 114d for connecting and communicating the air supply hose 140, is inserted into the lower side of the third suction passage 114a of the valve casing 114, and coupled thereto. The flange 113b is caught by the catching jaw 114c so that an adjustment space 114d interlocked with the air supply hose 140 is formed on the outer circumference thereof. The hole 113c is drilled in the flange 113b to adjust the adjustment space 114b. And a nozzle valve 113 interlocked with the third suction passage 114a and vertically forming a second suction passage 113a, and a fixed valve 112 coupled to a lower end of the nozzle valve 113 and having an empty inside. The first suction passage 111a is coupled to the inside of the fixed valve 112 to communicate with the second suction passage 113a of the nozzle valve 113. It consists of an inlet valve 111 to be formed.

Here, the valve casing 114 and the fixed valve 112 may be integrated.

In addition, the suction control device 120 can finely control the suction force of the inlet port 110 by adjusting the strength of the air pressure is configured to select even the error of the weight of the tablet and capsule, that is, the weight of mm / g unit do.

In addition, in order to maintain a suction force precisely controlled by the suction control device 120, the distance between the lower end of the suction port 110 and the upper roller 220 of the conveying unit 200 is fixed to the suction port 110 ( 150) to be held firmly in place.

Locking jaw 114c of the valve casing 114 in close contact with the flange 113b of the nozzle valve 113 so that the air supplied to the supply hole 114d of the valve casing 114 can escape only through the small hole 113c. The packing for airtightness may be inserted in between.

The small hole of the nozzle valve 113 may be configured in the form of a funnel (labal nozzle type).

Referring to the operation of the present invention is as follows.

First, the worker measures the weight of tablets and capsules to be inspected for defective products, and the suction control device 120 that adjusts the suction power of the sorting unit 100 so that the suction force can be sucked even if the weight of the medicine to be inspected is a little lighter. Adjust by setting.

In this state, when the tablets and capsules for inspection of the defective article are loaded into the hopper 310, the tablets and capsules are slightly inclined toward the conveying part through the withdrawal hole having a hole in the lower side of the hopper 310 ( A predetermined amount is accumulated on the upper surface of 320).

In this case, when the pharmaceutical selector 10 is operated through the control unit 400, the dropping device 320 formed at the lower side of the hopper 310 repeatedly causes small swings up and down. Will drop the tablets and capsules accumulated in the upper portion over the roller 220 of the transfer unit 200 continuously by an appropriate amount.

On the other hand, the plurality of rollers 220 are operated in a crawler type, which is a conveyor type that allows to move automatically and continuously between a certain distance, and the plurality of rollers 220, respectively, as the rollers 220 rotate in a clockwise direction. The tablets and capsules are moved toward the suction port 110 of the sorting unit 100.

Thus, when the tablets and capsules are moved to the lower side of the first suction passage 111a of the inlet valve 111, the medicines lighter than the reference weights of the tablets and capsules set in the suction control device 120 are first suction passages ( 111a).

As such, the normal tablets and capsules remaining after subtracting the tablets and capsules inhaled due to insufficient content by the suction port 110 are moved to the work platform by the rollers 220, and the worker directly checks the naked eye and picks out the poor tablets and capsules. .

At this time, the moving tablets and capsules are moved while being reversed by the rotation of the roller 220 so that the worker can easily inspect the front and rear of the tablets and capsules while inspecting defective products.

In addition, the tablets and capsules passed in the inspection of the defective products, such as to ride on the roller 220 is automatically fallen on the discharge port 210 is loaded.

As shown in Figure 2, when described in detail the order in which the pharmaceutical sorting apparatus of the present invention is operated as follows.

The pharmaceutical sorting device is supplied to the supply hole 114d of the valve casing 114 through the suction control device 120 through the air supply hose 140 when the air is supplied from the pump 130.

At this time, the suction control device 120 can control the suction force of the suction port 110 finely and elastically by adjusting the strength of the air pressure sent from the pump 130, the unit of very small mm / g in the weight of the tablet and capsule It can be selected up to the error of less than.

As described above, the air supplied to the supply hole 114d of the valve casing 114 by the pressure of the pump 130 passes through the small hole 113c of the nozzle valve 113 via the adjusting space 114b. You will exit to 114a.

The small hole 113c of the nozzle valve 113 has a smaller cross-sectional area than the control space 114b, so that the nozzle phenomenon generated when the air supplied by the pressure of the pump 130 passes through the small hole 113c. (nozzle physical development: when the pressure is applied to the fluid from the place where the cross-sectional area is large, the pressure decreases momentarily and the fluid is ejected at high speed) so that the air is ejected at a high speed from the pores 113c.

As described above, the air ejected at a high speed is ejected in the opposite direction with the tablet and capsule, and thus a suction force is generated at the lower side due to the rapid flow of air so that the outside air enters the first suction passage 111a of the inlet valve 111. Is inhaled. At this time, the tablets and capsules with less content are sucked together by the air sucked from the outside due to the under weight, and the tablets and capsules with a content less than the amount sucked into the inlet valve 111 are the first suction passage 111a. It is conveyed along the second suction passage 113a of the nozzle valve 113 communicated with the upper side of the.

In addition, the tablets and capsules transferred from the second suction passage 113a to the lower portion of the third suction passage 114a by the suction force are discharged from the position where the air is ejected through the small holes 113c of the inlet valve 111. Due to the minute output, it is transferred to the defective goods storage box 160 along the inner circumferential surface of the suction pipe 150 connected to the upper side of the suction port 110 more quickly.

As such, the defective tablets and capsules that are separately selected and loaded by the sorting unit are discarded or used again as raw materials of medicine.

As a result, after the defect inspection work of the tablets and capsules is finished, the inspection of defective products of different varieties is carried out as occasion demands. At this time, the suction force for sucking tablets and capsules into the suction control device 120 is limited to the inspection target. By adjusting to the weight setting, it is possible to elastically inspect tablets and capsules of different varieties, so that the selection of defective products is made simple and accurate in various pharmaceutical products.

In addition, if the configuration of the small hole (113c) of the nozzle valve 113 in the form of a funnel (labal nozzle type) to obtain the air blowing speed up to supersonic speed, because of this, the screening process of defective products proceeds more quickly, so that the tablets and capsules Suitable for inspection of defects caused by mass production

In this way, the screening process used to visually check the tablets and capsules, which are the targets of the defect inspection, can be screened simply by selecting only the suction force of the air.

As described above, a pump for supplying air, an inlet for forming one or more small pores to intensify the pressure supplied with the air, and discharging the air by absorbing the constraints by the suction force generated at this time, and the inlet It is composed of a suction control device that can be applied to the selection of pharmaceuticals of various varieties by adjusting the suction force of the product, and the defective goods loading to load the constraints guided to the suction pipe by the suction port so that it is possible to accurately select the poor tablets and capsules There is no need to retest after the inspection, which shortens the production process.

In addition, it is possible to selectively adjust the suction force to suck the tablets and capsules can be used for various kinds of pharmaceuticals, and because it is inhaled by using the air there is an effect that can be selected hygienically pharmaceutical.

In addition, the automation of the sorting device can reduce the production cost due to the conventional labor force, and also can quickly sorting work is also suitable for mass production of pharmaceutical products has the effect of shortening the production time.

Claims (2)

A pump 130 for supplying air, Inlet port 110 for absorbing the constraints by the suction force generated when the air is discharged by forming one or more small holes (113c) to receive the air to strengthen the pressure, and A suction control device 120 for adjusting the suction force of the suction port 110 to be applied to the sorting operation of the pharmaceuticals of various kinds; Pharmaceutical sorting device, characterized in that configured as a defective goods loading box (160) for loading the pharmaceutical guided to the suction pipe 150 by the suction port (110). The method of claim 1, The suction port 110 forms a third suction passage 114a perpendicular to the center and forms a locking jaw 114c at a lower side of the third suction passage 114a, but laterally at a lower inner circumference of the locking jaw 114c. A valve casing 114 having a supply hole 114d which connects the air supply hose 140 to communicate with the air supply hose 140; Inserted and coupled to the lower side of the third suction passage (114a) of the valve casing 114, the flange 113b formed on the upper end is caught in the locking jaw (114c) control space interlocked with the air supply hose (140) ( A nozzle valve 113 for forming a second suction passage 113a while interlocking the control space 114b and the third suction passage 114a by drilling a small hole 113c in the flange 113b and forming a second suction passage 113a vertically. )Wow, A fixed valve 112 coupled to a lower end of the nozzle valve 113 and having an empty inside; Pharmaceutical selection, characterized in that consisting of the inlet valve 111 is coupled to the inside of the fixed valve 112 to form a first suction passage (111a) in communication with the second suction passage (113a) of the nozzle valve (113). Device.